Hazard Identification & Risk Assessment Flashcards
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Read the first 5 Hazard Identification & Risk Assessment flashcards as text
What is the first step in conducting a hazard identification process?
Answer: Identify all potential hazards in the work environment.
The first and most fundamental step in any hazard identification process is to systematically identify all potential sources of harm within the work environment. Without a comprehensive understanding of what hazards exist, it's impossible to effectively assess risks or implement appropriate control measures.
Which of the following is considered a physical hazard?
Answer: Loud noise from machinery.
A physical hazard is a factor in the environment that can harm the body without necessarily touching it, often through energy transfer. Loud noise from machinery is a classic example, as it can cause hearing damage over time, making it a direct physical threat to workers' health.
Why is risk assessment important after identifying a hazard?
Answer: To prioritize which hazards need control measures.
After identifying hazards, risk assessment is crucial because it evaluates the likelihood and severity of harm from each hazard. This process allows organizations to prioritize which hazards pose the greatest risk and therefore require immediate or more extensive control measures, ensuring resources are allocated effectively.
Which method is commonly used to assess workplace risks?
Answer: Risk matrix analysis.
A risk matrix analysis is a widely used method to assess workplace risks by combining the likelihood of an event occurring with the severity of its potential consequences. This systematic approach helps organizations prioritize risks and determine appropriate control measures based on their level of concern.
What is the hierarchy of controls used for?
Answer: To eliminate or reduce hazards systematically.
The hierarchy of controls is a systematic approach to managing workplace hazards, prioritizing methods from most effective to least effective. It guides employers to first eliminate hazards, then substitute, use engineering controls, administrative controls, and finally, personal protective equipment (PPE) to systematically reduce risks.